Software

Engineer

</Full-Stack Developer, CS Grad 2025>

WIN CHENG

SCROLL

Editor

About_Me

Win_Cheng

index.js

Hi my name is Win Cheng, Software Engineer. I am a full stack developer with experiences in the following:

Frameworks:

Languages:

Databases:

-- Normal --

Line 5:36

UTF8

2 spaces

main

https://github.com/winzamark123

Try Playing Around!

</Code,Coffee,Repeat>

Experience

Drag me!

Rhombus

Software Engineer Intern

Incoming for Summer 2024

Aug 2024 - Current

HackDavis

Technical Director

Produced a website and judging app for a 1000+ person hackathon.

Sep 2023 - Current

Kebloom

Software Engineer Intern

Worked end-to-end on a mobile application and delivered to 30+ beta users.

Jun 2023 - Aug 2023

Google Developer Student Club

Technical Lead

Lead a team of 6, creating an image chat bot using OpenAI and Tesseract OCR.

Jan 2023 - Jun 2023

TASA

Web Developer

Created a website for a 150+ person organization.

Sep 2022 - Sep 2023

Projects

HACKDAVIS

WEB DEVELOPMENT

HackDavis Website

Created a website for HackDavis 2024 to promote the event and provide information for attendees. The website had a traffic of 275,560 hits per month. With 8,300 unique visitors

LSTORE

DATABASE MANAGEMENT SYSTEM

Lineage-based Data Store

Implemented a Lineage-based Data Store (LStore) which combines real-time processing of transactional and analytical workloads ran with concurrency using update-friendly lineage-based storage architecture

JUSTSAYIN

MOBILE DEVELOPMENT

JustSayin Mobile App

Mobile application displaying daily quotes from your favorite authors on your lock screen widget

DAVISPNG

WEB DEVELOPMENT

DavisPNG Website

A website marketplcae which matches student-photographers. with clients. Focused on providing a platform for students.

IMAGEGPT

AI CHATBOT

ImageGPT AI Chatbot

An AI Chatbot web application. Providing users with the ability to upload images and receive text-based responses before GPT4 Multi-Modal

ACC-LKA-Simulator

Physics Engine

Adaptive Cruise Control Simulator

The Adaptive Cruise Control (ACC) and Lane Keep Assistance (LKA) project is designed to simulate the behavior of modern vehicular control systems in a controlled environment. Our physics model aims to replicate the real-world dynamics of vehicle motion and control mechanisms, providing insights into the effectiveness of these systems in maintaining vehicle stability and safety